object Hostname extends Serializable
Contains constructors to parse a hostname.
A parser executes over a supplied hostname to ensure it conforms to the specifications defined in RFC 1034, section 3.1. The parser can operate in one of two modes. The first follows RFC 1034 in allowing only ASCII based names, while the second mode follows RFC 5890 which allows for Unicode based hostnames.
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- Hostname.scala
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- def fromString(value: String, idn: Boolean): Either[Error, Hostname]
Parse a Unicode based hostname checking for validity.
Parse a Unicode based hostname checking for validity.
The hostname is parsed using RFC 5890 if
idn
is set totrue
, otherwise RFC 1034 is used (ASCII only). If the hostname is valid then the name is returned otherwise an error is generated.- value
to be parsed as a hostname
- idn
true
to parse Unicode hostname,false
for ASCII based hostname- returns
Hostname containing valid hostname, otherwise an error
- def fromString(value: String): Either[Error, Hostname]
Parse a hostname checking for validity.
Parse a hostname checking for validity.
The hostname is parsed using RFC 1034, that is ASCII based names. Any Unicode characters found will result in an error being returned.
- value
to be parsed as a hostname
- returns
Hostname containing valid hostname, otherwise an error
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Documentation for the Axiell Schema Project
Overview
The Axiell Schema Project provides a small library for validating JSON documents against a JSON Schema. The library conforms to the JSON Schema Draft #7 specification.
The library is based on a few simple principles, namely:
Package structure
The
packages consists of a number of utilities, where each utility provides a single piece of functionality. Since the library validates JSON structures two main components are provided. The first component (com.axiell.schema
) allows JSON documents conforming to the JSON Schema specification to be read. Once read a resolution process may be required to resolve any external references defined in the document.com.axiell.schema.Schema
The second component (
) takes a resolved schema and allows JSON documents to be validated against that schema. When creating a validator it is also possible to incorporate your own "format" types for validation.com.axiell.schema.SchemaValidator
A set of auxiliary components implement parsers for many of the "format" types and can be used independently of the validator itself.
Notable utilities are:
Schema
wrapper around a JSON document containing the document itself, its$id
value and resolution mappings for all$id
and$ref
directives.SchemaValidator
takes aSchema
and an optional handler for "format" types and provides a validation method for arbitrary JSON documents.Implicits
implements implicit methods and classes used to convert one class to another or pimp methods onto existing classes (e.g.same()
method toJValue
class).EmailAddress
Hostname
Ipv4Address
Ipv6Address
JsonPointer
RelativeJsonPointer
Dependencies
The list of dependencies are:
Axiell Util Library
provides error handling classes and methods that allow multilingual error messages to be generated.JSON for Scala Library
provides mthods for dealing with JSON structures. The routines work around an AST (Abstract Syntax Tree) used to represent a JSON document.Cats Functional Programming Library
provides various traits, classes and methods that simplify functional programming in Scala. Also provides theValidated
class used to return lists of validation errors.